Group LEader
Dr. Samiran Morang
Assistant Professor
Department of Chemistry
Madhabdev University
Narayanpur,
Assam-784164
Email: samiranmorang26@gmail.com, chemisamiran@gmail.com
Research Interests
- Synthesis of ultra-high molecular weight bio-polymers
- Pioneered self-healing nanocomposite matrices
- Advanced thermal stability in thermoplastic elastomers
- Sustainable material lifecycle assessments
PIONEERING MATERIAL SCIENCE
We are dedicated to the development of next-generation advanced polymers, bridging the gap between laboratory innovation and industrial reality. Our mission is to engineer materials that redefine performance standards across diverse sectors.
Research Focus
High-Performance Polymers
We are engineering ultra-strong and lightweight polymer matrices designed to withstand extreme industrial environments.
Smart Responsive Systems
Developing polymers with embedded sensors that can monitor structural health and environmental changes in real-time.
Sustainable Biopolymers
Transitioning towards renewable feedstocks to create high-performance materials that reduce the carbon footprint of manufacturing.
Latest Updates
Research Publications
Selected scholarly works and peer-reviewed articles contributing to the advancement of material science and polymer engineering.
2025
Structural integrity of bio-based polymer matrices
A. Chen, M. Rossi, J. Smith
A comprehensive study on the mechanical durability of sustainable feedstocks in industrial stress tests.
2024
Self-healing mechanisms in smart nanocomposites
L. Martinez, D. Thompson
Investigating the autonomous repair capabilities of polymer systems through embedded microvascular networks.
2024
Next-generation additives for high-temp stability
K. Tanaka, S. Gupta
Enhancing the thermal threshold of thermoplastic elastomers using novel chemical stabilization techniques.
2023
Conductive polymer grids for aerospace sensors
M. Rossi, B. Wilson
Advancing the use of organic electronics within composite skins for real-time structural monitoring.
Latest Publications
2026
Anisotropic elasticity in hierarchical polymer networks
J. Doe, L. Smith, A. Johnson
2025
Next-generation biodegradable composites for extreme environments
M. Rossi, B. Wilson, K. Tanaka
2025
Structural health monitoring via conductive biopolymer matrices
S. Gupta, L. Martinez, D. Thompson
RESEARCH MISSION
Engineering the Future of High-Performance Polymers
We bridge the gap between laboratory discovery and industrial application, focusing on materials that redefine the boundaries of technical performance and commercial viability.